Titlebook: Recent Advances in Building Materials and Technologies; Select Proceedings o Sreevalsa Kolathayar,K. S. Sreekeshava,N. Vinod Ch Conference

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思鄉(xiāng)病

Development of Thin Joint Masonry Using Recycled Mortar for Sustainability increased pace of construction, and ultimate reduction in?the overall cost of the project. The different combination of mortars was attempted using replacement of m-sand with demolished concrete and masonry waste for construction of prisms. The results indicate all mortars explored can be suitably

Prostaglandins

Assessing Mechanical Properties of Concrete Modified with Use of Nanosilica and GGBSial replacement of nanosilica and GGBS was accessed through performing ultrasonic pulse velocity (UPV) test, and further, the dynamic modulus of modified concrete specimen was determined. The findings of the study showed that additions of nanosilica and GGBS in concrete can amplify the mechanical pr

性別

Experimental Investigation on Physical and Mechanical Properties of Polyethylene Terephthalate Plastistance, water absorption, impact, soundness, efflorescence, and hardness tests. In comparison with conventional brick, the manufactured bricks have good heat resistance and smooth finishing, negligible water absorption, and adequate compressive strength to meet the increased demand for traditional

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An Experimental Study on Concrete Made by Magnetic Water and Admixturec water, normal water with admixture and magnetic water with admixture. After the casting of cubes, the next day the cubes were unmolded and taken to cured. The cubes were tested after 3 days, 7 days and 28 days using a universal testing machine. Reading of all cube testing is taken and compared whi

Latency

Exploring Plastic Waste as a Viable Aggregate Alternative for Structural Concrete in the Indian Contzing plastic waste as an aggregate replacement can significantly reduce the demand for natural aggregates, thereby addressing the escalating problem of plastic waste management. The paper concludes that incorporating plastic waste as an alternative aggregate in concrete production can contribute to

準(zhǔn)則

Experimental Study on Strength Behaviour of M30 Grade Broken Tiles Waste Concreteferent stages of curing time periods of 7 and 28?days. The results obtained shows the water–cement ratio improves the workability of the concrete, with the addition of ceramic wastes broken tiles materials up to 30%, this concluded that partial replacement of ceramic tiles waste despite performance

有效

Experimental Investigation on LECA as a Substitute Material for Coarse Aggregate in Concreteerial as a substitute material for coarse aggregate at 0%, 5%, 10%, 15%, 20%, 25%, and 30%, respectively. The strength properties like compression, flexure, and tensile are taken, the results show good values, and by the results, it is suggested that 10% of replacement of CA to LECA shown the simila

挖掘

“A Review on Effect of Partially Used Sustainable Sea Shell Powder and Alccofine in Concrete Productce of cement to reduce carbon dioxide emissions linked to climate change. Finding sustainable alternatives for construction materials is the aim of this study. According to the numerous articles compiled, Alccofine 1203 can be used at the ideal dose between 8 and 10%, and the ideal amount of seashel

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